Student Solutions Manual and Study Guide
Munson Young Okiishi Huebsch
FUNDAMENTALS OF
FLUID MECHANICS
SIXTH EDITION
,a?
f
,*® TABLE 1.4
Conversion Factors from SI Units to BG and EE Units?
SRR LEE GEES I EIEN SOME ANS OEE I es 2 lo Tri VERE RASTA 3
SBI NEESER LLP ITN ENTE LIS LEEDS EEE FEE OPEN
To Convert from to Multiply by
Acceleration m/s” ft/s? 3.281
Area m? ite 1.076E + 1
Density kg/m? lbm/ft* 6.243 E = 2
kg/m? slugs/ft? 1.940 E — 3
Energy J Btu 9.478 E — 4
J ft-lb 7.316 Ei — |
Force N Ib 2248 bak
Length m ft 3.281
m in. 3,937 Eid
m mile 6.214 E — 4
Mass kg Ibm 2.205
kg slug (yejos 1s) =
Power Ww ft-lb/s 7.376 E — 1
Ww hp 1.341 E - 3
Pressure N/m? in. Hg (60 °F) 2.961 E — 4
N/m? lb/ft? (psf) 2.089 E — 2
N/m? Ib/in.* (psi) 1.450 E — 4
Specific weight N/m? lb/ft? 6.366 E — 3
Temperature GC °F fp = 18 te 32
K AAR 1.800
Velocity m/s ft/s 3.281
m/s mi/hr (mph) 2237
Viscosity (dynamic) N-s/m? lb-s/ft? 2.089 E — 2
Viscosity (kinematic) m/s ft?/s 1.076E + 1
Volume flowrate m?/s ft?/s 3.531E + 1
m?/s gal/min (gpm) 1.585E + 4
SOMES SPLEEN LOLS ES SIDES SEES ERNE LSE ELIAY PERS SEEDER
SEEGSE BERNE NNER IIT ISSBPRENENEES GRRE SL ERNSE 98SRN NR TTB NPA i SIREN ro DNR
‘If more than four-place accuracy is desired, refer to Appendix A.
, Digitized by the Internet Archive
in 2023 with funding from
Kahle/Austin Foundation
https://archive.org/details/fundamentalsofflO000unse_m3u6
Munson Young Okiishi Huebsch
FUNDAMENTALS OF
FLUID MECHANICS
SIXTH EDITION
,a?
f
,*® TABLE 1.4
Conversion Factors from SI Units to BG and EE Units?
SRR LEE GEES I EIEN SOME ANS OEE I es 2 lo Tri VERE RASTA 3
SBI NEESER LLP ITN ENTE LIS LEEDS EEE FEE OPEN
To Convert from to Multiply by
Acceleration m/s” ft/s? 3.281
Area m? ite 1.076E + 1
Density kg/m? lbm/ft* 6.243 E = 2
kg/m? slugs/ft? 1.940 E — 3
Energy J Btu 9.478 E — 4
J ft-lb 7.316 Ei — |
Force N Ib 2248 bak
Length m ft 3.281
m in. 3,937 Eid
m mile 6.214 E — 4
Mass kg Ibm 2.205
kg slug (yejos 1s) =
Power Ww ft-lb/s 7.376 E — 1
Ww hp 1.341 E - 3
Pressure N/m? in. Hg (60 °F) 2.961 E — 4
N/m? lb/ft? (psf) 2.089 E — 2
N/m? Ib/in.* (psi) 1.450 E — 4
Specific weight N/m? lb/ft? 6.366 E — 3
Temperature GC °F fp = 18 te 32
K AAR 1.800
Velocity m/s ft/s 3.281
m/s mi/hr (mph) 2237
Viscosity (dynamic) N-s/m? lb-s/ft? 2.089 E — 2
Viscosity (kinematic) m/s ft?/s 1.076E + 1
Volume flowrate m?/s ft?/s 3.531E + 1
m?/s gal/min (gpm) 1.585E + 4
SOMES SPLEEN LOLS ES SIDES SEES ERNE LSE ELIAY PERS SEEDER
SEEGSE BERNE NNER IIT ISSBPRENENEES GRRE SL ERNSE 98SRN NR TTB NPA i SIREN ro DNR
‘If more than four-place accuracy is desired, refer to Appendix A.
, Digitized by the Internet Archive
in 2023 with funding from
Kahle/Austin Foundation
https://archive.org/details/fundamentalsofflO000unse_m3u6
